Two typical image sequences where the objects undergo large changes in pose and scale were tested using and VPF.
Nonetheless, the modeling of the object dynamics can be a very difficult task, especially in situations in which the objects undergo complex interactions.
The 3D keypoints act as stable anchors on the surface of the object and remain intact even if the object undergoes rigid transformation.
One of the reasons for this is that locomotion, as Aristotle submits, affects the least the substance, the ousia of the object undergoing motion (Physics 8.7, 261a20f).
One, the passive potentiality, is in the object undergoing change, while the other, the active potentiality, is in the entity initiating change.
The two potentialities need to match each other: when there is a potentiality for being heated in the object undergoing change, the process needs to be initiated by another object possessing an active potentiality for effecting heat.
If the object undergoes a change, then is (i) exactly one member of the pair of contrary properties among that bundle, (ii) both properties, or is the bundle (iii) incomplete, containing neither of the pair?
The work done by a force F → Open image in new window on an object when the object undergoes a differential displacement d r → Open image in new window is given by [30] dW = F → · d r → Open image in new window (5).
The structure of spacetime is shaped by the gravity of the objects within it, so if these objects undergo certain types of movement or change, they can cause a change in the structure of spacetime around them.
Lewis argues that this is inconsistent with the idea that objects undergo real change.
